NK10444 Nickel 200 Rod Commercially Pure Nickel Rod CP Ni Rod Hot-worked

Nickel 200 Rod Commercially Pure Nickel Rod CP Ni Rod Hot-worked Description

Nickel 200 Rod Commercially Pure Nickel Rod CP Ni Rod Hot-worked comprises pure nickel (Ni) processed via hot-working to enhance its structural integrity. The controlled thermal and mechanical processing refines the grain structure, benefiting applications that require precise machining and resistance to chemical corrosion. This material is suitable for industrial components where dimensional stability and uniform composition are critical.

Nickel 200 Rod Commercially Pure Nickel Rod CP Ni Rod Hot-worked Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Nickel 200 Rod Commercially Pure Nickel Rod CP Ni Rod Hot-worked Applications

1.       Industrial Manufacturing
   - Used as a structural component in high-temperature reactors to achieve corrosion resistance by using its chemically inert surface.

2.       Electronics Assembly
   - Applied as interconnects in heating elements for electronic systems to achieve stable conductivity through controlled alloy composition.

Nickel 200 Rod Commercially Pure Nickel Rod CP Ni Rod Hot-worked Packing

The Nickel 200 Rod is packaged in anti-static polymer wrap and secured in a sealed, rigid container to prevent oxidation and mechanical damage. Storage conditions emphasise controlled temperature and low humidity to maintain material stability. Custom labelling and cushioning options are available to meet specific handling and transportation requirements.

Frequently Asked Questions

Q1: How is the chemical purity of Nickel 200 maintained during hot-working?
A1: The hot-working process is conducted in a controlled atmosphere that minimises contamination. Chemical assays are performed throughout production to monitor the purity, ensuring the product adheres to ASTM B160 standards.

Q2: What quality control measures does SAM implement during production?
A2: Stanford Advanced Materials employs microstructural analysis and chemical assay techniques during production. These measures verify composition uniformity and detect micro-defects, supporting consistent material performance without extraneous process variations.

Q3: Can the rod dimensions be customised for specific industrial requirements?
A3: Yes, dimensions are available in a customised format as per customer specifications. Production runs are adjusted following ASTM B160 guidelines to cater to precise industrial application needs.

Additional Information

Nickel-based materials play a crucial role in industries requiring resistance to high temperatures and corrosive environments. The use of hot-working processes refines the microstructure, which is critical for enhancing ductility and maintaining strength under operational stress.

Understanding the behaviour of commercially pure nickel under varying thermal and mechanical conditions allows engineers to design systems that maximise performance and durability. Ongoing research in metallurgy continues to optimise process parameters for improved material stability and application versatility.